File:Allignments fMT.jpg
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- | Allignments of the metallothionein fMT constructs. The first is without promotor (<partinfo>BBa_K190019</partinfo>), second with constitutive promotor <partinfo>BBa_J23109</partinfo> (<partinfo>BBa_K190031</partinfo>) and the third with IPTG inducible promotor <partinfo>BBa_R0010</partinfo> (<partinfo>BBa_K190032</partinfo>). RBS is <partinfo>BBa_B0034</partinfo>. In combining the promotor and the coding sequence the Partregistry seems to add two unexpected additional bases (ag) between the two, missing in sequenced sample. In preparing the In silico construct a different prefix (lacking two bases (ag)), seen in sequenced samples, was used. The n's in the suffix of <partinfo>BBa_K190032</partinfo> were determined to be a g as expected when giving a closer look into the chromatogram. | + | Allignments of the metallothionein fMT constructs, above is In silico construct, below is sequence determined with VF2 primer. The first is without promotor (<partinfo>BBa_K190019</partinfo>), second with constitutive promotor <partinfo>BBa_J23109</partinfo> (<partinfo>BBa_K190031</partinfo>) and the third with IPTG inducible promotor <partinfo>BBa_R0010</partinfo> (<partinfo>BBa_K190032</partinfo>). RBS is <partinfo>BBa_B0034</partinfo>. In combining the promotor and the coding sequence the Partregistry seems to add two unexpected additional bases (ag) between the two, missing in sequenced sample. In preparing the In silico construct a different prefix (lacking two bases (ag)), seen in sequenced samples, was used. The n's in the suffix of <partinfo>BBa_K190032</partinfo> were determined to be a g as expected when giving a closer look into the chromatogram. |
Latest revision as of 18:48, 10 September 2009
Allignments of the metallothionein fMT constructs, above is In silico construct, below is sequence determined with VF2 primer. The first is without promotor (), second with constitutive promotor () and the third with IPTG inducible promotor (). RBS is . In combining the promotor and the coding sequence the Partregistry seems to add two unexpected additional bases (ag) between the two, missing in sequenced sample. In preparing the In silico construct a different prefix (lacking two bases (ag)), seen in sequenced samples, was used. The n's in the suffix of were determined to be a g as expected when giving a closer look into the chromatogram.
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current | 18:37, 10 September 2009 | 955×502 (157 KB) | Wilfred (Talk | contribs) | (Allignments of the metallothionein fMT constructs. The first is without promotor (BBa_K190019), second with constitutive promotor BBa_J23109 (BBa_K190031) and the third with IPTG inducible promotor BBa_R0010 (BBa_K190032). RBS is BBa_B0034. In combining t) |
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